Uncover the inner workings of WalkMe’s data architecture and gain the expertise to optimize deployment and enhance user experience.
This lesson takes a deep dive into the data flow from the WalkMe Editor to end users, detailing the roles of AWS for secure storage and Akamai CDN for fast, reliable content delivery. Learn how WalkMe ensures top-tier performance and security, and discover how to leverage these insights for seamless deployment solutions.
Watch the video to get a high-level view of WalkMe’s data architecture.
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- WalkMe Digital Adoption Platform (DAP) streamlines user engagement and business process execution by providing a seamless layer over applications, impacting revenue, risk, and cost.
- There are three main WalkMe components: Analytics (for data-driven insights and tracking adoption), Content Creation (via WalkMe Console and Editor for building and deploying content), and the UX Layer (an overlay to guide users across web applications).
- WalkMe deployment offers flexibility: the platform can be added by inserting a WalkMe snippet into an application's code or by using a browser extension for environments where direct code access isn’t possible.
- WalkMe content is securely stored in Amazon S3 buckets and delivered to users via the Akamai CDN, ensuring privacy, fast performance, and scalability; content is only re-downloaded if changes occur to maximize efficiency.
- The browser extension supports mass deployment and maintains data privacy by locally checking URLs without sending user data back to servers, making it easy to support workflows across multiple applications.
- Analytics data is sent back to WalkMe’s GCP servers for monitoring and reporting via WalkMe Insights, enabling organizations to optimize user experience and achieve business goals through actionable data.
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Summary
- WalkMe’s data architecture uses AWS for secure storage of content and Akamai CDN for fast, reliable content delivery to end users.
- Content creators build and deploy WalkMe content using the WalkMe Editor, which is then distributed as JavaScript files.
- The UX layer sits on top of applications via a code snippet or browser extension, providing a seamless user experience without affecting app performance.
- Analytics data is sent back to GCP servers for monitoring, while user privacy and secure, isolated storage are prioritized throughout the process.